Voxelcare TPU (Thermoplastic Polyurethane) pellets are engineered specifically for professional additive manufacturing in orthotics and prosthetics. Designed for use in pellet-fed 3D printers, these pellets deliver exceptional mechanical performance, durability, and print reliability, making them ideal for producing customized medical devices. Key Features: High Elasticity & Flexibility – Provides excellent resilience, ideal for applications requiring cushioning and impact absorption such as insoles, orthotic supports, and soft prosthetic components. Superior Layer Adhesion – Optimized for consistent extrusion and strong bonding between layers, ensuring smooth surfaces and structural integrity. Durable & Wear-Resistant – Maintains performance under repeated stress, bending, and daily use without cracking or deforming. Biocompatible & Skin-Safe – Suitable for applications in direct or indirect contact with the body, ensuring comfort and long-term usability. Cost-Efficient Production – Pellet-based 3D printing reduces material costs compared to filament, while offering higher throughput for large-scale manufacturing. Voxelcare TPU 3D Printing Pellets combine flexibility, strength, and reliability, giving orthotics and prosthetics professionals the ideal material for patient-specific solutions.

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Qaadir PP (polypropylene) pellets have been specially developed for extrusion-based 3D printing and has excellent 3D printing properties with extremely high layer adhesion, as well as low distortion and shrinkage. The Qaadir Pellets are available in quantities from 1kg and can be printed on almost all granular 3D printers. The polypropylene (PP) granulate ‘P-pellets 310’ offers low warpage and shrinkage combined with extremely high layer adhesion and can be printed with almost all common granulate-processing 3D printers. The Pellets and the prints produced with it are very break-resistant, have very good mechanical properties, high chemical and temperature stability, as well as low frictional resistance. Due to its low density, it is excellently suited for lightweight construction.  Pre-Treatment of the Qaadir PP Pellets: The Qaadir PP Pellets do not need to be dried before 3D printing and can be used without pretreatment. Recommended printing parameters:PP Pellets as pressure pad for high-quality results mandatoryExtruder temperature: 200 – 220 °CPrinting bed surface temperature: 20 °C (50 – 70 °C during the first layer, 100 – 110 °C for non-destructive removal after completion)Installation room temperature: not necessary Storage instructions:To guarantee constant printing performance, the PP Pellets should be used and consumed as soon as possible after opening. It is best to store opened material at a temperature of 15 – 25°C and in a plastic bag or box to prevent dust contamination.

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Qaadir PP (Polypropylene) Filament is certified as biologically safe according to DIN EN ISO 10993-5, and is therefore ideal for 3D printing orthotic & prosthetics parts that are in contact with skin.The polypropylene filament offers excellent 3D printing properties with low warpage and shrinkage combined with extremely high layer adhesion. skin-safe 3D printing filament

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